Over the last few decades, the modelling and analysis of sociological phenomena have attracted the interests of researchers from various fields, such as sociology, economics, and mathematics [1]}, [2]}, [3]}, [4]}.
In several cases, sociological models represent the primary focus of the investigation, but there are numerous contexts, such as product promotion, spread of diseases, resource allocation, etc., where social dynamics represents the context in which other
phenomena evolve. Consequently, understanding its behaviour
represents a preliminary but fundamental step in order to investigate and understand
the evolution of the process of interest [5]}, [6]}.
As a result, it becomes of great importance to build a reliable model for the social dynamics, that allows to forecast the network evolution and thus to design strategies aimed at driving the network towards the desired configuration [7]}.
Dynamic social balance theory is concerned with the study and analysis of the evolution of socially unbalanced networks towards socially balanced ones, namely networks in balanced configurations in which all the agents split in (at most) two groups in such a way that all the agents in the same group have friendly relationships, while agents from different groups have not [8]}, [9]}.
